NaCl Viscosity in Solution - Get the Value Now!

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The discussion centers on the viscosity of a sodium chloride (NaCl) solution, specifically at a concentration of 0.1 mol/L and a temperature of 25 °C (298 K). Participants emphasize that viscosity values depend on both temperature and concentration. A reference to specific handbooks for accurate viscosity values is provided, but one participant expresses difficulty accessing these resources. The conversation highlights the need for precise viscosity data for numerical simulations, with one contributor estimating that at 0.1M concentration, the viscosity should not differ significantly from that of distilled water, suggesting a maximum deviation of 0.5%.
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Viscosity of a solution of NACl

Hi!

Who could give me the correct value of NaCl's viscosity (in solution)?

Thanks!

Regards,

tyutyu
 
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Look in your library for either of the following :

Handbook of electrolyte solutions. V.M.M. Lobo. Elsevier, 1989. 2 vols.

Handbook of electrochemical constants. R. Parsons. Butterworths Scientific, 1960.

In general, the viscosity is a function of temperature and concentration.
 
I'm leaving this open. Tyutyu, do not post multiple copies of the same post - it is considered spam.
 
Who could give me the correct value of NaCl's viscosity (in solution)?

Wouldn't it depend on the concentration and temperature of the solution?
 
Yes of course...in "standard" conditions it would be ok for me.

Temperature: 298F (or 25 °C)
Concetration: 0.1 mol/L

Thanks

tyutyu
 
Sorry, I don't know myself. I don't know much about chemistry.
 
Ok Daminc lol!

Does somebody know the value that I am searching? It is applied to process numerical simulation so I nedd a correct value and not an approximation.

The problem is that I don't have the possibility to check in the books mentionned by Gokul...

Thanks.

BR

tyutyu
 
For whatever it's worth : at a concentration of 0.1M, the mole fraction is 0.1/55 or less than 0.2%. I do not expect the viscosity to be off by more than 0.5% from that of distilled water at NTP. Do you need a better accuracy than that, really ?
 
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